 |
| Quantity: | |
|---|---|
Product Description
Product Name | Small Lightweight Pharmaceutical Heat Exchanger |
Tube materials | Copper tube |
Fins materials | Hydrophilic Aluminum Fins |
Endplate | 304 stainless steel |
Package | Standard export pallets box |
Application line | Medical equipment, Refrigeration etc. |
Trade terms | Ex-work/FOB/CFR/CIF etc. |
Payment terms | T/T, L/C |
Delivery time | 5-7 days for samples, 15-20 days for bulk production. |
MOQ | 10pcs ( sample is ok ) |
A small lightweight pharmaceutical heat exchanger is a specialized heat exchange device used in the pharmaceutical industry for various processes, including drug manufacturing, sterilization, and temperature-sensitive material handling. It is designed to meet the specific requirements of pharmaceutical applications, where precise temperature control and hygiene are essential. Here are the descriptions and advantages of a small lightweight pharmaceutical heat exchanger:
Lightweight Construction: The heat exchanger is constructed with lightweight materials, making it easier to handle, install, and integrate into pharmaceutical equipment or systems.
Advantages:
1. Precise Temperature Control: The small pharmaceutical heat exchanger allows for precise control of heating or cooling, ensuring the required temperature is maintained during critical pharmaceutical processes.
2. Efficient Heat Transfer: The efficient heat transfer surfaces enable rapid heat exchange, reducing processing time and improving overall productivity.
3. Energy Efficiency: The small lightweight design of the heat exchanger contributes to energy efficiency, leading to potential energy savings during pharmaceutical processes.
4. Fast and Easy Installation: The lightweight construction makes the heat exchanger easy to handle and install, reducing installation time and associated costs.
5. Versatility: Small pharmaceutical heat exchangers can be used in various pharmaceutical processes, such as pharmaceutical ingredient cooling, heating, and sterile fluid processing.
6. Low Fouling: The smooth surfaces and efficient design of the heat exchanger minimize fouling, reducing maintenance needs and ensuring sustained heat exchanger efficiency.
